Noncommutative geometry [1]} offers a spectral viewpoint to geometry that allows to simultaneously capture field theories and gravity in a single framework. In fact, it allows for a unified geometrical derivation of the Standard Model of particle physics minimally coupled to gravity [2]}, [3]}, including the Higgs mechanism and the see-saw mechanism to yield masses for the right-handed neutrinos. This extends beyond the Standard Model to yield Pati–Salam grand unification [4]}, [5]}, which is currently one of the few candidate BSM-theories that is still found to be compatible with experiment. Variations on particle theories obtained in the same framework are considered in [6]}, [7]}, [8]}, [9]}, [10]}, [11]}, [12]}, [13]}, [14]}, [15]}, while the more foundational aspects on quanta of geometry were considered in [16]}.
